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Home , Mezen Basin, Minyar, Satka, Solza (animal), Vilva (river)

Index

Note: page numbers in italic, e.g. 164, refer to figures. Page numbers in bold, e.g. 72, signify entries in tables.

acritarchs, Late age constraints on Kolguev Island 159 Bothnia, Gulf of 170 Agma 39 Botniahalvoya 208, 209 Ai Formation 19-20 Breibogen-Bockfjorden Fault 192, 208 Aldan, River 234 Brennevinst]orden 193 Aldan shield 234 Brennevinsfjorden Group 192 Amderma 2, 20 Bugrino 160 Anabar shield 234 Burzyan 30 Andr6eland 192 Burzyan Group 19-21 Andr6eland-Dicksonland Graben 192, 195-196 Buton Formation 26 Andr6eneset 208 Bystrino Group 29 Angara, River 234 Bystrynskaya Group 9-12, 12 Angara Block 234 Aral Sea 146 Caledonian Suture 59 Arkhangel'sk 2, 39, 146 Caledonides 2 palaeogeographic/palaeotectonic sketch map 49 comparison with Laurentian margin 197-200, 198 Arsha Formation 23 relationship with Timanides 201 Atomt]ella Antiform 194-195, 194, 209 western Baltoscandian basins 178, 178 Austfonna 209 type I basins 178-181,179 Avzyan Formation 22 type II basins 181 - 182 type III basins 182-183 Bad'yashorskaya Formation 148 Celsiusberget Group 193 Baikal, Lake 234 Central Timan Fault (CTF) 6, 48, 48, 60, 170 Baikalides 1,233 palaeogeographic/palaeotectonic sketch map 49 Baikibash Formation 24 Chaichiy Island 62 Bakal Formation 20-21 2 Bakeevo Formation 23 Chelyuskin ophiolite belt 240-241 Balto-Timanian triple junction (BTTJ) 185 Chernaya, River 70 Bangenhuken Complex 194 Chernyi Kamen Formation 26 Barents Sea 2, 6, 59 Cheshskaya Bay 6, 8, 60, 70 Timanian and Caledonian trends 53-54 Chetlas Group 28 regional palaeotectonic setting in Late 53 Chidvia Formation 38 Barentsian Caledonides 199 Churochnaya Formation 27 Barentsoya 208 Barmin, Cape 8, 60, 70 Damflya 193, 208 Barminskaya Group 8-9, 9 Demino Formation 26 Bashkirian Anticlinorium 19, 151,152 Dimtemyol, River 11 Lower Riphean 19- 21 Dorogor Formation 28 Middle Riphean 21-22 Dronning Louise Land 198 Upper Riphean 22-23 Duvefjorden 192, 193, 208 Lower Vendian 23 Dvina, River 2 Upper Vendian 23 Dvoretsk suite 26 stratigraphic correlation chart 21 Dzela complex 107, 121 Basinskaya Formation 151 geochemistry 112 B~tsfjord Formation 171 blueschist- and greenschist-facies rocks 113-115, 113 Belaya 20 mafic rocks 113, 113 Belaya, River 30 ultramafic rocks 112-113,113 Bellsund 192 geological setting 107-109, 108 Beloretsk 152 magmatic rocks Beloretsk 38 mafic rocks 112 Berezov 146 ultramafic rocks 109-112 Berlev~g 52 whole rock geochemical analyses 110-111 Billetjorden 192 metamorphic rocks Billel]orden Fault Zone 192, 194 amphibolite facies 112 Biri transgression 181 blueschist facies 112 Biscayerhalv6ya-Holtedahlfonna Horst 192, 196 greenschist facies 112 Bjornoya 197 petrogenesis 118-119 Bolshoy Kameshek massif 70, 71 blueschists and greenschists 119 gabbro and granite isotope dating 71-73, 72 tectonic setting 120-121 Bolshoy Rumyanichny, Cape 8, 60, 70, 71 timing 119-120 Bolvan Creek Formation 29 U-Pb dating 115-118, 115, 116, 117, 118 Bolvansky Formation 7, 8 microprobe data 114

249

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East European Craton 19, 20 Kanin Peninsula 2, 6-8, 6, 8, 48 Precambrian 75-76, 76 margins 175-178, 175, 177 Riphean-Vendian tectonic and sedimentary events 31-32 compared with northern Timan and Vymskaya Ridge 12-13 lateral and vertical architecture map 31 Early Palaeozoic unconformity 145-147, 147 Vendian succession 38 Neoproterozoic high-grade metamorphism 59, 59, 67-68 East Timan Fault (ETF) 6, 48, 51, 60, 170 conditions of metamorphism 65 -67 Edge6ya 192, 208 geochronology, previous work 62-63 Ekaterinburg 2, 20, 30, 31, 146 lithologies 63 Eletskaya Facies 150, 153 metamorphism, previous work 61-62 Engane-Pe Anticline 27, 88-89, 148, 148, 149 59-61, 60 Enganepeiskaya Group 148 sample descriptions 63 Engerdalen Basin 181 structure 63 Eolussletta Shear Zone 194 timing of metamorphism 67 Ernasalya, Cape 62 palaeogeographic/palaeotectonic sketch map 49 Eskolabreen Complex 194 thermobarometry EUROPROBE 1 analytical data and interpretation 65 biotite compositions 64 Fedotovo Formation 25 garnet compositions 64 Fl~tan-Instrumentberget Complex 194 methods 63-64 Forlandsundet 192 plagioclase compositions 65 Foynoyane 208 results 67 Franklinsundet 193 Kapitansky, Cape 8 Franldinsundet Group 193 Kapp Hansteen Group 192 Franz Josef Land 47, 59 Kara Sea 2, 47, 146, 234 Karatau Group 22-23 Garevka Formation 26 Karlin Formation 25 Glitnefonna 193 Karpinsky Peninsula 154 Gnilsk Formation 29 Katav Formation 22 Grubeinskaya Formation 149, 150 Kazan' 2 Kernos Formation 26 Hamberg Gletcher Foreland 198 Kharbei Complex 148 Hedmark 170 Khatalambinsky Suite 150 Hedmark Basin 178-181,180 Khoidyshor Formation 27 Heidal 170 Khoreyver terrane Heidal Group 181 palaeogeographic/palaeotectonic sketch map 49 Helvetesflya Formation 192 Kikvozhkaya Formation 11, 12 Hinlopenstreten 208 Kildin Island 52, 169-171, 170 Hinlopenstreten Supergroup 192, 193 Kirkenes 52 Hinlopenstretet 192, 194 Klyktan Formation 25 Hinlopenstretet Syncline 209 Kocheshor Formation 27 Homsund 192 Koiva Formation 26 Hoyvik 170 Kola Peninsula 6, 47, 170 Baltica margins 174-175 Igarka 234, 238 palaeogeographic/palaeotectonic sketch map 49 II'yavozh Formation 27 Kolguev Island 2, 48 Innvika 208 geological background 159-160, 160 Innvikhogda Syncline 209 stratigraphic levels 161 Inostrantseva Bay 141 Late Cambrian age constraints by acritarchs 159 Inta 31, 160 biostratigraphic implications 167 Inzer 30, 31 Cambrian rocks in Pechora Basin and adjacent areas 160-162 Inzer Formation 22-23 Cambrian- successions 162-163 Is~orden 192 characterization of acritarchs 163-166, 164, 165 Ishimbai 30 previous fossil records 163 Isispynten 193, 208 study materials and methods 163 Ivdel 146 palaeogeographic/palaeotectonic sketch map 49 Izhma 31 shelly fossils 166-167, 166 Kolpakovskaya Formation 151 Jameson Land 198 Kong Karls Land 208 Kongsfjord 52 Kalak Nappe Complex 183 Kongsfjord Formation 171 Kaltasa Formation 24 Kongsfjord Turbidite System (KTS) 13, 14, 15 20 Kotlas 31 Kama, River 31 Kotlin stratohorizon 44 Kamen Rassolny Formation 26 Kozinskaya Formation 151 Kamennye Sopki massif 70 Kraemerpynten 208 Kamsk-Belsk depression 24 Krasnaya Bay 62 Kanin Kamen Ridge 6 Krasnokamsk Formation 25 Kanin Kamen Supergroup 7, 8, 15-16 Krayny Kameshek massif 70, 71 Kanin Nos Cape 6 syenite isotope dating 71-73, 72

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Krivaya Luka Formation 23 Makovskaya Series 141 Kronprins Christian Land 198 Malochernoretskaya Formation 8-9, 9 Kurgashlya Formation 23 Maly Kameshek massif 70 Kvaenangsfjorden 170 Man'inskaya Formation 148, 149 Kvarkush metamorphic basement 125, 132 Manitanyrdskaya Group 148, 150 ages Man'ya Formation 27 basaltic dyke 131 Marun-Keu Complex 87, 101-102 blueschist-facies metamorphism 129-131, 130 analytical procedures 90 post-Timanian processes 131 elemental chemistry 91 regional implications 131 - 132 ion microprobe zircon analyses 90-91 tectonic setting of blueschist-facies metamorphism 131 single zircon Pb evaporation 90, 91 analytical procedures 127-128 Sm-Nd and Rb-Sr analyses 91 geoloigical setting of Kvarkush Anticline 125-127, 126, 127 analytical results results 128-129, 129 comparative geochronology 99-100 sampling and sample characteristics 127 ion microprobe U-Th-Pb 92- 93 Kvarkush-Kamennogorsk Anticlinorium 25, 151 major and trace element data 95, 100 Upper Riphean 25-26 Rb-Sr whole rock data 94, 99 Lower Vendian 26 Sm-Nd data and Nd model ages 94, 98-99 Upper Vendian 26 zircon geochronology 91-97, 98, 99 Kvitoya 208 zircon images 96, 97 Kvitvola Nappe Complex 181 zircon stability in eclogite-facies metamorphism 97 Kyiv 38 geological setting 87-90, 88, 89 Kykva Formation 25 lithologies and sampling 90 Kykvozh Formation 29 regional correlations and geodynamic interpretation 100 Kyrmin Formation 25 Baltica passive margin rifting 101 Kyrpin Group 24 Early Timanian evolution 100 Kyzgey Formation 27 Uralian convergence and arc-continent collision 101 sample characterization 102 Lady Franklinfjorden 193 Mashak Formation 21 - 22 L~g6ya 193 Matochkin Strait 154 Laksefjord Nappe Complex 182 Matusalya, Cape 62 Lakset~orden 170 Mezen 31 Lambert Land 198 Mezen Basin 37, 38, 43, 44, 47 Lamtsa 39 Mezen Formation 28 Lamtsa-Verkovka depositional sequence 41-43 Mikulkin Antiform 61, 62 Laponiahalvrya 193, 208, 209 thermobarometry 66 Laptev Sea 59, 234 Mikulkin, Cape 6, 62 Laptopay Formation 27 Mikulkino Group 29 Las'va Group 25 Mikulkinskaya Group 6, 7, 61, 66 Laurentian margin 191,203 Minsk 38 comparison with East Greenland Caledonides 197-200, 198 Formation 23 comparison with North Greenland fold belt and Pearya 199, Mitushikha Bay 140 200-201,202 Mityushev Kamen' Massif 153 Svalbard 191 Moelv Tillite 180-181 assembly of 201 Mongol-Okhotsk belt 234 Bjomoya 197 Morozovskaya Formation 153 eastern terranes 191-195 Moscow 38 interrelationships between the terranes 197 38, 43-44, 44 northern terranes 195-196 Motalat]ellet 192 relationship between Caledonides and Timanides 201 Murchisont]orden Supergroup 192, 193 southwestern terranes 196-197 Murmansk 2, 52, 146 Leaonidovo Formation 24 Lemvinskaya Facies 150 Nadezhdino Formation 24 Lena, River 234 Nafta Formation 28 Lom0orden Fault 192, 194 Nar'yan-Mar 2, 31 Lomfjorden Supergroup 192 Nenoxa Formation 38 Lomonosov Ridge 203 Neoproterozoic northeastern and northwestern margins Lomonosova 59 169, 186 Lomonosovskaya Series 141 Baltoscandian margin Lov6n Syncline 209 western basins 178-183, 178 Loz'va, River 31 basinal, stratigraphic and palaeoclimatic features 183-184 Ludovatovskaya Formation 12 plate-tectonic aspects of developing margins 185-186, 185 Ludovatye, Cape 60 Timanian margin Lunvozh Formation 29 coastal Kola Peninsula and 174-175 Lunvozhskaya Formation 11, 12 Kanin Peninsula 175-178, 175, 177 northern Norway and NW 169-171, 170 2, 146 westward extension 172-174, 173 Main Uralian Fault (MUF) 87, 89 Neoproterozoic passive-margin turbidites 5 Maka Bay 141 central Timan and the Vymskaya Ridge 9-12

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comparison between Kanin Peninsula, northern Timan and Palaeotectonic setting 83 Vymskaya Ridge 12-13 tectonic discrimination diagram 83 comparison between Rybachi Peninsula and Varanger Precambrian geology of Timan-Pechora region 75 Peninsula 13- ! 6 Bolshezemel zone 76, 77 definition of submarine turbidite systems (STS) 5 cross-section 76 Kanin Peninsula 6-8, 8 Izhma zone 76, 77 northern Timan 8-9, 8, 10 Pechora zone 76, 77 regional setting 5 pericratonic region 75-76, 76 Neoproterozoic timescale 3 Timan Range 76 Nerpichiy Island 62 sampling, isotopic ages and petrography 77, 77 Nikol'skaya Series 135, 137, 142 Bolshezemel zone 78 Nizhnii Novgorod 2 Izhma zone 77-78 Nizva Formation 26-27 Pechora zone 78 Nordaustlandet Terrane 191, 192-194, 192 sources, mantle and crust 82-83 geology 193 Pechora, River 2, 31 structure 207-210, 208, 209 Pechora-Kozhva Fault (PKF) 6, 48, 51 Nordmarka 208, 209 palaeogeographic/palaeotectonic sketch map 49 North Sosva, palaeogeographic/palaeotectonic sketch map 49 Perevalok Formation 26 Northern Timan 170 Perm' 2, 20 compared with Kanin Peninsula and Vymskaya Ridge 12-13 Pez Formation 28 Northern Timan Igneous Suite (NTIS) 69, 73-74 Piritovy Peninsula 137 geological setting 69, 70 Planet0ella Group 194 isotope dating 71-73, 72 Platenhalvoya 193, 208, 209 study samples 69-71, 70 Pogureiskaya Formation 149 Novaya Zemlya 2, 47, 135, 142 Pokju, River 11 Central Domain 139-141,139 Pokjuskaya Formation 9-10, 10, 12 chemical composition of intrusive rocks 138 Pok'yus Formation 29 Early Palaeozoic unconformity 153,154 Polhem Formation 194 geological map 136 Poludov Range 26 Northern Domain 141,141 Upper Riphean 26-27 palaeogeographic/palaeotectonic sketch map 49 Lower Vendian 27 Southern Domain 135-139 Upper Vendian 27 Novobobrovsk Formation 28 Pomorsk Strait 160 Novozemelskaya terrane, palaeogeographic/palaeotectonic Porsangerfjorden 170 sketch map 49 Prijutovo Formation 24 Prikamsk Formation 24 Obdyr Group 28 Prins Karis Foreland 192 Obeizskaya Formation 150 Olkhovo Formation 24 Rakhovsky Suite 138-139 Omen Formation 28 Raud0orden Fault 192, 208 Onega Graben 37, 38 Raudfjorden Graben 192 Onega Peninsula 39 Redkino stratohorizon 44 Orenburg 2, 30, 31,146 Richarddalen 192 Orsk 30, 31 Rijpdalen Anticline 209 Orvin Land 208, 209 Rijpfjorden 192, 193, 208 Oslyanka Formation 25 Rittervatnet Formation 194 Roaldtoppen Group 193 Padun Formation 28 Rochug Formation 28-29 Pai-Khoi 48, 153 Rumyanichnaya Formation 8-9, 9, 10, 50 Pai-Khoi foldbelt 88 Rumyanichnaya, River 70, 71 Parnuksky Suite 150 gabbro isotope dating 71-73, 72 Parryoya 208 Rusanova Peninsula 137 Paun Formation 29 Rusanovskaya Series 135, 137, 142 Paunskaya Formation 9-10, 12 Rusanovsky Suite 137-138, 138-139 Pav'yug Formation 29 Rybachi Peninsula 6, 15, 52, 170 Pearya 199, 200-201,202 compared with Varanger Peninsula 13-16 Pechora 20, 48, 160 palaeogeographic/palaeotectonic sketch map 49 Pechora Basin 6, 47, 59 Tsypnavolokskaya Formation 50 Early Palaeozoic unconformity 147 Rybachi Turbidite System (RTS) 13, 15 geochemistry 78 Rybachi- Sredni Peninsula 169-171, 174 alteration 80 analytical methods 79-80 Sablya Gora Formation 27 calc-alkaline affinity 81 Safonovo Group 28, 37 classification of granitoid rocks 80-82, 80 Saledskaya Formation 150 isotopes 80, 82, 82 Salekhard 88 large ion lithophile abundances 81 Salikhovo Formation 25 major element oxides 78, 80-82, 81 Samara 2 trace and rare earth elements 79, 80-82, 81, 82, 82 Sandivey Formation 29 Late Neoproterozoic granitoid magmatism 75, 84 Siirv 170

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Satka Formation 20 sources, mantle and crust 82-83 Schegrovit Formation 25 Subinebukta 209 Schugorskaya Formation 148 submarine turbidite systems (STS) 5, 13 Scoresby Sund 198 Suirovo Formation 23 Sed'iol'skaya Formation 147 Sulmenev Bay 139 Seduaykha Formation 29 Sulmenevskaya Series 139, 142 Seiland Igneous Province (SIP) 183 Suran Formation 21 Serafirnovo Group 24 Suzma 39 Seve Nappe Complex 183 Svalbard 47, 59, 191,203 Severnaya Zemlya 59 assembly of terranes 201 Severozemel'sky Anticlinorium 141, 142 Bjornoya 197 Shikhan Formation 24 Caledonian terranes 192 Shokal'sky Glacier 141 comparison with East Greenland Caledonides 197-200, 198 Siberian margins 233 comparison with North Greenland fold belt and Pearya Baikal-Vitim fold-and-thrust belt 233-234, 234, 235 199, 200-201,202 relationships with Baltica 242-244 eastern terranes 191-192 Siberian Craton 234 Nordaustlandet Terrane 192-194, 192, 193 Neoproterozoic complexes 241-242, 244 West Ny Freisland Terrane 194-195, 194 Taimyr 238-240, 239 geochemistry 212 geochronological data 240-241,242 composition of rocks 213- 214 U-Th-Pb ion-microprobe data 240, 241 major elements 215 Turukhansk- Igarka region 238 tectonic discrimination diagrams 217 Yenisey Ridge 234-238, 236 trace elements 216 isotopic-geochronological data 237 geology, rock types and study samples 211 , River 31 aplitic dykes 210-211 Sinegorsk Formation 25 gabbroic rocks 211-212 Sjuoyane 208 metasupracrustals, paragneisses, amphibolites and Smalfjord Formation 172 migmatites 210 Smutsbreen Formation 194 migmatite neosomes, red and grey granites 210 Sokol'nikskaya Formation 153 porphyritic granites and augen gneisses 210 Sokol'nino Formation 29 syenite 211 Solza 39 interrelationships between the terranes 197 Sopka Bolvanskaya massif 70 northern terranes 195-196 Sorbreen Formation 194 relationship between Caledonides and Timanides 201 Srrkapp 192 Sm-Nd geochemistry 228-230, 229, 230 Soroy- Seiland Nappe 183 southwestern terranes 196-197 sparagmite basin 178 tectono-magmatic activity in northeast 207, 230-231 Spitsbergen 192 structure ofNordaustlandet Terrane 207-210, 208, 209 Sredni Peninsula 52, 170 U-Pb and Pb/Pb dating Sredni-Rybachi Fault Zone (SRFZ) 6, 13, 48, 52 analytical methods 212-214 Stanovoy 234 aplite dykes 221-223 Stanovoy ophiolite belt 240-241 augen gneisses 214-216 Staropetrovo Formation 24-25 biotite schist 216 Starye Pechi Formation 26 grey granites 217-221 Stonsteinhalvrya 193 migmatites 216-217 Storoya 208 monazite and titanite, conventional data 218, 219 Storsteinhalvoya 209 syenite 223-227 subduction westward beneath Baltica 75, 84 zircon, cathodoluminescence images 222- 223 geochemistry 78 zircon, ion microprobe data 224- 226, 227- 228 alteration 80 zircon, monazite and titanite, Pb-evaporation data 219, analytical methods 79-80 220- 221 calc-alkaline affinity 81 Svartrabbane Formation 192 classification of Pechora Basin granitoid rocks 80-82, 80 Svetlino Formation 28 isotopes 80, 82, 82 Syktyvkar 2, 48, 146 large ion lithophile abundances 81 palaeogeographic/palaeotectonic sketch map 49 major element oxides 78, 80-82, 81 Syum-Keu ophiolite complex 89-90 trace and rare earth elements 79, 80-82, 81, 82, 82 Palaeotectonic setting 83 Tabuevo Group 29 tectonic discrimination diagram 83 Tabuyevskaya Group 6, 7, 7, 60 Precambrian geology of Timan-Pechora region 75 Taimyr 59, 238-240, 239 Bolshezemel zone 76, 77 geochronological data 240-241,242 Izhma zone 76, 77 U-Th-Pb ion-microprobe data 240, 241 Pechora zone 76, 77 Tanin Formation 26 pericratonic region 75-76, 76 Tarkhanovo Group 29 Timan Range 76 Tarkhanovskaya Group 6, 7, 7, 60 sampling, isotopic ages and petrography 77, 77 Tchelyabinsk 30, 31 Bolshezemel zone 78 Tel'posskaya Formation 150 Izhma zone 77-78 Tereklinskaya Formation 152 Pechora zone 78 Timan foreland, Late Neoproterozoic sedimentation 37, 43-45

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depositional sequences 41-43 Tukaevo Formation 24 Pre-Vendian setting 37-38 Turukhansk 234, 238 sedimentology of the Vendian succession 38 Tury Cape 170 alternating shale/siltstone 38-39, 40 channelized sandstone 40, 41, 42 Ufa 2, 30, 31, 152 interstratified sandstone and shale 39-41, 40 Uftuga Formation 37 laminated shale 38, 40 Uk Formation 23 stratigraphy 39 Ukhta 2, 48, 88, 160 trough-cross-bedded sandstone 41, 42 palaeogeographic/palaeotectonic sketch map 49 Timan Range 20, 47 Ural, River 2, 30, 31 Precambrian geology 76, 76 Ural Basin 38 Timan, central 9-12 Uralian foredeep molasse 88 Timan, northern 8-9, 8 Uralides, Riphean and Vendian sedimentary sequences 19, 20, 32 Timan-Varanger Belt (TVB) 5, 6 Middle Urals 25 definition of submarine turbidite systems (STS) 5 Upper Riphean 25-26 regional setting 5 Lower Vendian 26 1 Upper Vendian 26 Baltica margins Poludov Range 26 coastal Kola Peninsula and White Sea 174-175 Upper Riphean 26-27 Kanin Peninsula 175-178, 175, 177 Lower Vendian 27 northern Norway and NW Russia 169-171, 170 Upper Vendian 27 westward extension 172-174, 173 southern Urals 19 Dzela complex l 21 Lower Riphean 19-21 geological map 2 Middle Riphean 21-22 Kvarkrush metamorphic basement 132 Upper Riphean 22-23 orogenesis Lower Vendian 23 age of deformation 51-52 Upper Vendian 23 extent and character 49-51, 50 stratigraphic correlation chart 21 palaeotectonic setting 54 stratigraphic correlation of sedimentary sequences 29-31 structural and tectonic development 47 lateral and vertical architecture maps 30 palaeogeographic/palaeotectonic sketch map 49 Subarctic and Polar Urals 27 pre-orogenic basinal evolution 47-48, 48 Lower Vendian 27 Timanides, Early Palaeozoic unconformity 145, 153-155 Late Vendian 27 description 145, 146 stratigraphic correlation chart 27 North of Polar Urals and Pechora Basin 152-153 -Urals region 23 Novaya Zemlya 153, 154 Lower Riphean 24 Pai-Koi 153 Middle Riphean 24 Vaigach Island 153 Upper Riphean 24 Pechora Basin 147 Upper Vendian 24-25 Timan Range and Kanin Peninsula 145-147, 147 Urals 6, 20, 147 Urals mountains 147 Middle Urals 151 Middle Urals 151 Northern Urals 125, 132, 150, 151 Northern Urals 150, 151 ages for Kvarkush Anticline 129-132, 130 Polar Urals 147-149, 148 analytical procedures for Kvarkush Anticline 127-128 Southern Urals 151-152, 152 Kvarkush Anticline 125-127, 126, 127 Sub-Polar Urals 149-150, 150 results for Kvarkush Anticline 128-129, 129 Timanides, relationship with Caledonides 201 sampling of Kvarkush Anticline 127 Timanides, Riphean and Vendian sedimentary sequences 19, 20, 32 Polar Urals 87, 101-102, 107, 121, 147-149, 148 stratigraphic correlation of sedimentary sequences 29-31 analytical procedures for Marun-Keu complex 90-91 lateral and vertical architecture maps 30 analytical results for Marun-Keu complex 91-100 Timan-Pechora region 27-29 dating of Dzela complex 115-118 Izhma-Pechora depression 29 geochemistry of Dzela complex 112-115 Kanin-Pechora zone 29 geological setting of Dzela complex 107-109, 108 Khoreyver depression 29 geological setting of Marun-Keu complex 87-90, 88, 89 Mezen-Vychagodsk zone 28 lithologies and sampling of Marun-Keu complex 90 Obdyr-Chetlas zone 28 magmatic rocks of Dzela complex 109-112 stratigraphic correlation charts 28 metamorphic rocks of Dzela complex 112 Tsil'ma-Ropchino zone 28-29 petrogenesis in Dzela complex 118-119 Vymsk-Volsk zone 29 regional correlations and geodynamic interpretation 100-101 Tolparovo Formation 23 sample characterization 102 Tooriksalya, Cape 62 tectonic setting of Dzela complex 120-121 Torozhma 39 timing in Dzela complex 119-120 TossSsfjgllet 170 Southern Urals 151-152, 152 Toss~sfj/illet Basin 181 Sub-Polar Urals 149-150, 150 Troitsk Massif 26 Usa, River 148 Trollfjorden-Komagelva Fault Zone (TKFZ) 6, 13, 48, 52, 53, 169, Usa Formation 24 170 Ust-Nafla Group 28, 37 Tsypnavolokskaya Formation 50 Ust-Pinega Formation 28 Tuchkino Formation 38 Us'va Formation 25

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Vads~ 52, 52 Wahlenbergt]orden 193, 208 Vaigach Island 2, 153 Wandel Sea 198 Valdres 170 Wedel Jarisberg Land 192 Valdres Group 179 West Ny Freisland Terrane 191-192, 192, 194-195 Varanger Peninsula 6, 14, 169-171,170, 171,172 geology 194 compared with Rybachi Peninsula 13-16 West Siberian Basin 234 palaeogeographic/palaeotectonic sketch map 49 West Timan Fault (WTF) 6, 48, 170 Timanian-Caledonian interrelationships 52-53, 52 White Sea 6, 39, 170 Vard~ 52, 52 Baltica margins 174-175 Varysalya, Cape 62 Winter Mountains 39 Vassfaret Formation 194 Veinesbotn Formation 172 Yakominsky Suite 139 Velikaya, River 70 Yambozerskaya Formation 8-9, 9 Velva Formation 25 Yanei Formation 29 Verchne-Kamsk depression 25 Yaneyskaya Formation 7, 8 Vereschagino Formation 25 Yenisey Ridge 234-238, 234, 236 Verkhovka Formation 41-43 isotopic-geochronological data 237 Vestfonna Anticline 209 Yenisey-Khatanga Basin 234 Viluy, River 234 Yorga depositional sequence 43 Vilva Formation 26 Yurmatau Group 21-22 Vishera, River 31 Yusha Formation 21 Vizinga Formation 28 Yuzlmonovozemel'sky Anticlinorium 135, 137 Voigatch, palaeogeographic/palaeotectonic sketch map 49 Volga, River 2 Zigala Formation 22 Volgograd 2 Ziganskaya Formation 151 Vorkuta 2, 31, 88, 146, 148 Zigazino-Komarovo Formation 22 palaeogeographic/palaeotectonic sketch map 49 Zilmerdak Formation 22 Vozey Formation 29 Zimnegory depositional sequence 43 Vymsk Group 29 Zimnegory Graben 38 Vymskaya Group 9-12, 12 Zolotitsa 39 Vymskaya Ridge 6, 9-12, 170, 178 compared with northern Timan and Kanin Peninsula 12-13 geological map 11

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3853989/9781862394056_backmatter.pdf by guest on 27 September 2021 The NeoproterozoicTimanide Orogen of Eastern Baltica

Edited by D. G. Gee and V. Pease

The Neoproterozoic Timanide Orogen of eastern Baltiea extends from the high Arctic to the southern and represents significant crustal growth of the northeastern European continental margin in the late Neoproterozoic. This volume, a co-operation between Western European and Russian scientists within the framework of the European Science Foundation's EUROPROBEprogramme, provides a comprehensiveoverview of the orogen and represents a new synthesis of Timanian . It includes: the pre-Timanian passive margin deposits of the northern and northeastern flank of the ; the magmatic, metamorphic and structural evolution of the orogen across the Timan Mountain and Pechora Basin regions to the Ural Mountains; the post-Timanian platform successions, important for interpreting the timing of orogeny and the return to an early Palaeozoicpassive margin setting; and the extension of the orogen northwards to Novaya Zemlya. Relationships westwards to the Caledonidesof Greenland and Scandinavia and eastwards to the Baikalides of Siberia are also treated.

This volume will be of interest to geoseientists,students and researchersconcerned with orogenic processes and regional tectonics.

Visit our online bookshop: http://www.geolsoc.org.uk/bookshop

Geological Society web site: http://www.geolsoe.org.uk

Cover illustro tion: Geologyof the Timan-Pechora-PolarUrals region,with the Timanides highlightedin red (seeIntroduction, Fig. 1).

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